"Scale-Ban CT"

COOLING TOWER SCALE INHIBITOR

HIGHLY EFFECTIVE AGAINST SCALE

IDEAL FOR 50-500 TON TOWERS

EASY TO USE AND TEST

HIGHLY CONCENTRATED

NON-ACID FORMULATION

Davies “SCALE-BAN CT” is the cooling tower version of our highly successful “SCALE-BAN”. The new “CT”formula has a tracing ingredient to allow monitoring of treatment level. Davies tower treatment program will utilize automatic or daily treatment of “SCALE-BAN CT”features “state of the art” chemical technology to inhibit scale and corrosion.

DIRECTIONS:

Normal treatment will be one gallon of “CT” per 1000 gallons of water, which will vary according to water severity. A“SCALE-BAN CT” test kit is available and is necessary to check and maintain proper treatment. Sufficient bleed rate would be 1.0-1.5 gal. Per minute per 100 tons of cooling while the tower is running. This will result in dissolved solids in the appropriate 1000-1500 ppm range.

For example, a 250-ton tower, operation 8 hours per day, would have a 3 GPM bleed rate, and water consumption of 1,400 gallons per day. “SCALE-BAN CT” treatment would be approximately 1-½ gallons per day.

Davies “SCALE-BAN CT” is the cooling tower version of our highly successful “SCALE-BAN”. The new “CT”formula has a tracing ingredient to allow monitoring of treatment level. Davies tower treatment program will utilize automatic or daily treatment of “SCALE-BAN CT”features “state of the art” chemical technology to inhibit scale and corrosion.

DIRECTIONS:

Normal treatment will be one gallon of “CT” per 1000 gallons of water, which will vary according to water severity. A“SCALE-BAN CT” test kit is available and is necessary to check and maintain proper treatment. Sufficient bleed rate would be 1.0-1.5 gal. Per minute per 100 tons of cooling while the tower is running. This will result in dissolved solids in the appropriate 1000-1500 ppm range.

For example, a 250-ton tower, operation 8 hours per day, would have a 3 GPM bleed rate, and water consumption of 1,400 gallons per day. “SCALE-BAN CT” treatment would be approximately 1-½ gallons per day.